Design of Efficient Rectifier Circuit in the GSM Band for Energy Harvesting Applications

Sandhya Chandravanshi, M. Akhtar
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引用次数: 2

Abstract

a single band compact rectifying circuit operating in the GSM-900 band of frequency is proposed. The proposed RF rectifying circuit employs two-stage Dickson charge pump configuration along with the optimized impedance matching unit comprising of lumped components. The RF rectifying circuit is designed using the Advanced Design System (ADS) software, and is fabricated on a low cost FR-4 substrate. The dimension of the fabricated circuit is 6× 4× 1.6 cm3 thus making it quite compact. The overall performance of the designed circuit is evaluated for different types of load conditions. The maximum RF to DC conversion efficiency of 60% is achieved at 0 dBm input RF power for a 5 k load.
用于能量采集的GSM波段高效整流电路设计
提出了一种工作在GSM-900频段的单频段紧凑型整流电路。所提出的射频整流电路采用两级Dickson电荷泵结构以及由集总元件组成的优化阻抗匹配单元。射频整流电路是使用先进设计系统(ADS)软件设计的,并在低成本的FR-4基板上制造。制造电路的尺寸为6× 4× 1.6 cm3,因此使其非常紧凑。针对不同类型的负载条件,对所设计电路的总体性能进行了评估。在5k负载下,在0 dBm RF输入功率下,RF到DC的最大转换效率为60%。
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